Amada HG-8025 CNC Press Brake

$150,000 – $300,000 Updated 2026-03-17

Key Specifications

Capacity

80 ton (800 kN)

Bending Length

2,500 mm (98 in)

Drive

Hybrid servo-hydraulic

Backgauge

6-axis, ±0.01 mm positioning

Angular Repeatability

±0.3° with bidirectional measurement

Ram Speed

Approach 150 mm/s; bending 8 mm/s; return 100 mm/s

Overview

The Amada HG-8025 is an 80-ton, 2500 mm hybrid servo press brake from Amada, the Japanese leader in sheet metal fabrication machinery. The HG series uses a hybrid hydraulic-servo drive — the ram is driven by servo motors through a hydraulic transmission, combining servo precision and repeatability with the high-force capability of hydraulic actuation. The HG-8025 achieves angular repeatability of ±0.3° due to Amada's AMNC 3i control with bidirectional angle measurement, which automatically compensates for springback variation between material batches. The machine features a 6-axis backgauge with ±0.01 mm positioning accuracy, enabling complex multi-step bend sequences for enclosures, brackets, and structural channel profiles. Amada's AMNC 3i control supports offline programming from AP100US CAD/CAM software, enabling programs to be prepared while the machine is running another job. The HG-8025 is widely used in North American sheet metal fabrication shops for its combination of Japanese build quality, servo precision, and Amada's extensive North American service network.

Full Specifications

Parameter	Value
Capacity	80 ton (800 kN)
Bending Length	2,500 mm (98 in)
Drive	Hybrid servo-hydraulic
Backgauge	6-axis, ±0.01 mm positioning
Angular Repeatability	±0.3° with bidirectional measurement
Ram Speed	Approach 150 mm/s; bending 8 mm/s; return 100 mm/s
Open Height	470 mm
Stroke	200 mm
Control	Amada AMNC 3i with 3D simulation
Tooling	Amada European-style punch and die
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Specifications sourced from amada.com — verified 2026-03-28

Strengths & Limitations

Strengths

Hybrid servo-hydraulic delivers servo precision with hydraulic force capability
Amada AMNC 3i with 3D simulation enables visual part program verification
6-axis backgauge with ±0.01 mm accuracy enables complex multi-step programs
Bidirectional angle measurement compensates for springback variation
Amada's North American service network provides rapid technical response

Limitations

Hybrid drive more complex than simple hydraulic machines — higher maintenance knowledge required
Amada tooling system proprietary — Amada European-style not interchangeable with Wilson tools
80-ton capacity suitable for light-to-medium gauge — not for heavy structural bending
Higher price vs pure hydraulic alternatives of equivalent tonnage

Best For

Sheet metal job shops bending enclosures, brackets, and structural channel Electronics and telecommunications enclosure manufacturers needing angular precision Medical equipment fabricators requiring tight bend angle repeatability North American shops prioritizing Amada service network and AP100US offline programming

Frequently Asked Questions

01 What is the advantage of hybrid servo-hydraulic over pure servo-electric?

Hybrid servo-hydraulic combines servo motor precision with hydraulic force amplification, achieving higher tonnage-per-motor-size than direct servo-electric drives. This makes hybrid drives more cost-effective at 80-200 ton capacities where direct-electric servo drives would require very large motors.

02 Does the HG-8025 require offline programming?

The AMNC 3i control supports both offline (via AP100US) and on-machine programming. Offline programming is most valuable in high-mix environments where programs can be prepared between batches, reducing machine downtime for setup.

03 What sheet material does the HG-8025 handle?

The HG-8025 handles mild steel to approximately 8mm thick, stainless steel to 6mm, and aluminum to 10mm at full 80-ton capacity and 2500mm bending length. Capacity increases for shorter bending lengths.